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harbour-core/harbour/utils/hbtest/rt_class.prg
Viktor Szakats 2b523b361b 2010-06-03 16:33 UTC+0200 Viktor Szakats (harbour.01 syenar.hu) 
* INSTALL
    * Minor typo.

  * package/mpkg_win.nsi
  * package/winuni/mpkg_win_uni.nsi
    + Added user's mailing list link.
    - Deleted user forum link.
    * Updated developers' mailing list link.

  * utils/hbformat/hbformac.c
  * utils/hbformat/hbformat.prg
  * utils/hbmk2/hbmk2.prg
  * utils/hbi18n/hbi18n.prg
  * utils/hbtest/rt_main.h
  * utils/hbtest/hbtest.prg
  * utils/hbtest/rt_main.ch
  * utils/hbtest/rt_trans.prg
  * utils/hbtest/rt_miscc.c
  * utils/hbtest/rt_math.prg
  * utils/hbtest/rt_hvm.prg
  * utils/hbtest/rt_misc.prg
  * utils/hbtest/rt_hvma.prg
  * utils/hbtest/rt_init.ch
  * utils/hbtest/rt_class.prg
  * utils/hbtest/rt_str.prg
  * utils/hbtest/rt_stra.prg
  * utils/hbtest/rt_date.prg
  * utils/hbtest/rt_vars.ch
  * utils/hbtest/rt_array.prg
  * utils/hbtest/rt_file.prg
  * utils/hbtest/rt_mt.prg
  * utils/hbrun/hbrun.prg
    * Deleted 'www.' from harbour-project.org website name.
      (www.harbour-project.org -> harbour-project.org)
2010-06-03 14:34:42 +00:00

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/*
* $Id$
*/
/*
* Harbour Project source code:
* Harbour class/OOP test
*
* Copyright 2006 Przemyslaw Czerpak <druzus / at / priv.onet.pl>
* www - http://harbour-project.org
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2, or (at your option)
* any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this software; see the file COPYING. If not, write to
* the Free Software Foundation, Inc., 59 Temple Place, Suite 330,
* Boston, MA 02111-1307 USA (or visit the web site http://www.gnu.org/).
*
* As a special exception, the Harbour Project gives permission for
* additional uses of the text contained in its release of Harbour.
*
* The exception is that, if you link the Harbour libraries with other
* files to produce an executable, this does not by itself cause the
* resulting executable to be covered by the GNU General Public License.
* Your use of that executable is in no way restricted on account of
* linking the Harbour library code into it.
*
* This exception does not however invalidate any other reasons why
* the executable file might be covered by the GNU General Public License.
*
* This exception applies only to the code released by the Harbour
* Project under the name Harbour. If you copy code from other
* Harbour Project or Free Software Foundation releases into a copy of
* Harbour, as the General Public License permits, the exception does
* not apply to the code that you add in this way. To avoid misleading
* anyone as to the status of such modified files, you must delete
* this exception notice from them.
*
* If you write modifications of your own for Harbour, it is your choice
* whether to permit this exception to apply to your modifications.
* If you do not wish that, delete this exception notice.
*
*/
#include "rt_main.ch"
/* Don't change the position of this #include. */
#include "rt_vars.ch"
#include "hbclass.ch"
MEMVAR objHolder, cDtorResult
PROCEDURE Main_CLASS()
LOCAL oValue, aRef
PRIVATE objHolder, cDtorResult
#ifdef __HARBOUR__
/* Test destructors */
TEST_LINE( cDtorResult := "" , "" )
TEST_LINE( objHolder := NIL , NIL )
oValue := DTORCLASS():NEW(0)
TEST_LINE( oValue:type , 0 )
TEST_LINE( oValue := NIL , NIL )
TEST_LINE( objHolder , NIL )
TEST_LINE( cDtorResult , "No references to self." )
TEST_LINE( cDtorResult := "" , "" )
TEST_LINE( objHolder := NIL , NIL )
oValue := DTORCLASS():NEW(1)
TEST_LINE( oValue:type , 1 )
TEST_LINE( oValue := NIL , NIL )
TEST_LINE( objHolder , NIL )
TEST_LINE( cDtorResult , "Reference to self in instance variable." )
TEST_LINE( cDtorResult := "" , "" )
TEST_LINE( objHolder := NIL , NIL )
oValue := DTORCLASS():NEW(2)
TEST_LINE( oValue:type , 2 )
TEST_LINE( oValue := NIL , "E 45 BASE 1301 Object destructor failure (Reference to freed block) OS:0 #:0 " )
TEST_LINE( objHolder , NIL )
TEST_LINE( cDtorResult , "Reference to self in class variable." )
TEST_LINE( cDtorResult := "" , "" )
TEST_LINE( objHolder := NIL , NIL )
oValue := DTORCLASS():NEW(3)
TEST_LINE( oValue:type , 3 )
TEST_LINE( oValue := NIL , "E 45 BASE 1301 Object destructor failure (Reference to freed block) OS:0 #:0 " )
TEST_LINE( valtype(objHolder) , "A" )
TEST_LINE( len(objHolder) , 0 )
TEST_LINE( cDtorResult , "Reference to self in private memvar." )
/* Tests with cross references and releasing by Garbage Collector */
TEST_LINE( cDtorResult := "" , "" )
TEST_LINE( objHolder := NIL , NIL )
oValue := DTORCLASS():NEW(0)
TEST_LINE( oValue:type , 0 )
/* create cross reference */
aRef := { oValue, nil }; aRef[2] := aRef; aRef := NIL
TEST_LINE( oValue := NIL , NIL )
TEST_LINE( objHolder , NIL )
TEST_LINE( cDtorResult , "" )
TEST_LINE( hb_gcAll() , NIL )
TEST_LINE( objHolder , NIL )
TEST_LINE( cDtorResult , "No references to self." )
TEST_LINE( cDtorResult := "" , "" )
TEST_LINE( objHolder := NIL , NIL )
oValue := DTORCLASS():NEW(1)
TEST_LINE( oValue:type , 1 )
/* create cross reference */
aRef := { oValue, nil }; aRef[2] := aRef; aRef := NIL
TEST_LINE( oValue := NIL , NIL )
TEST_LINE( objHolder , NIL )
TEST_LINE( cDtorResult , "" )
TEST_LINE( hb_gcAll() , NIL )
TEST_LINE( objHolder , NIL )
TEST_LINE( cDtorResult , "Reference to self in instance variable." )
TEST_LINE( cDtorResult := "" , "" )
TEST_LINE( objHolder := NIL , NIL )
oValue := DTORCLASS():NEW(2)
TEST_LINE( oValue:type , 2 )
/* create cross reference */
aRef := { oValue, nil }; aRef[2] := aRef; aRef := NIL
TEST_LINE( oValue := NIL , NIL )
TEST_LINE( objHolder , NIL )
TEST_LINE( cDtorResult , "" )
TEST_LINE( hb_gcAll() , "E 45 BASE 1301 Object destructor failure (Reference to freed block) OS:0 #:0 " )
TEST_LINE( objHolder , NIL )
TEST_LINE( cDtorResult , "Reference to self in class variable." )
TEST_LINE( cDtorResult := "" , "" )
TEST_LINE( objHolder := NIL , NIL )
oValue := DTORCLASS():NEW(3)
TEST_LINE( oValue:type , 3 )
/* create cross reference */
aRef := { oValue, nil }; aRef[2] := aRef; aRef := NIL
TEST_LINE( oValue := NIL , NIL )
TEST_LINE( objHolder , NIL )
TEST_LINE( cDtorResult , "" )
TEST_LINE( hb_gcAll() , "E 45 BASE 1301 Object destructor failure (Reference to freed block) OS:0 #:0 " )
TEST_LINE( valtype(objHolder) , "A" )
TEST_LINE( len(objHolder) , 0 )
TEST_LINE( cDtorResult , "Reference to self in private memvar." )
/* Test instance area allocating and casting */
oValue := IVARSCLASS4():new()
TEST_LINE( oValue:x1 , "(x1)" )
TEST_LINE( oValue:y1 , "(y1)" )
TEST_LINE( oValue:z1 , "(z1)" )
TEST_LINE( oValue:x2 , "(x2)" )
TEST_LINE( oValue:y2 , "(y2)" )
TEST_LINE( oValue:z2 , "(z2)" )
TEST_LINE( oValue:x3 , "(x3)" )
TEST_LINE( oValue:y3 , "(y3)" )
TEST_LINE( oValue:z3 , "(z3)" )
TEST_LINE( oValue:x4 , "(x4)" )
TEST_LINE( oValue:y4 , "(y4)" )
TEST_LINE( oValue:z4 , "(z4)" )
TEST_LINE( INSTANCE_DATA( oValue ) , "[12]: (x1) (y1) (z1) (x2) (y2) (z2) (x3) (y3) (z3) (x4) (y4) (z4)" )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 0 )
/* simple assignment... */
TEST_LINE( oValue:x1 := " X1 " , " X1 " )
TEST_LINE( oValue:y1 := " Y1 " , " Y1 " )
TEST_LINE( oValue:z1 := " Z1 " , " Z1 " )
TEST_LINE( oValue:x2 := " X2 " , " X2 " )
TEST_LINE( oValue:y2 := " Y2 " , " Y2 " )
TEST_LINE( oValue:z2 := " Z2 " , " Z2 " )
TEST_LINE( oValue:x3 := " X3 " , " X3 " )
TEST_LINE( oValue:y3 := " Y3 " , " Y3 " )
TEST_LINE( oValue:z3 := " Z3 " , " Z3 " )
TEST_LINE( oValue:x4 := " X4 " , " X4 " )
TEST_LINE( oValue:y4 := " Y4 " , " Y4 " )
TEST_LINE( oValue:z4 := " Z4 " , " Z4 " )
TEST_LINE( oValue:x1 , " X1 " )
TEST_LINE( oValue:y1 , " Y1 " )
TEST_LINE( oValue:z1 , " Z1 " )
TEST_LINE( oValue:x2 , " X2 " )
TEST_LINE( oValue:y2 , " Y2 " )
TEST_LINE( oValue:z2 , " Z2 " )
TEST_LINE( oValue:x3 , " X3 " )
TEST_LINE( oValue:y3 , " Y3 " )
TEST_LINE( oValue:z3 , " Z3 " )
TEST_LINE( oValue:x4 , " X4 " )
TEST_LINE( oValue:y4 , " Y4 " )
TEST_LINE( oValue:z4 , " Z4 " )
TEST_LINE( INSTANCE_DATA( oValue ) , "[12]: X1 Y1 Z1 X2 Y2 Z2 X3 Y3 Z3 X4 Y4 Z4 " )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 0 )
/* Setting IVARSCLASS1 instance variables... */
TEST_LINE( oValue:IVARSCLASS1:x1 := "[X1]" , "[X1]" )
TEST_LINE( oValue:IVARSCLASS1:y1 := "[Y1]" , "[Y1]" )
TEST_LINE( oValue:IVARSCLASS1:z1 := "[Z1]" , "[Z1]" )
TEST_LINE( oValue:x1 , "[X1]" )
TEST_LINE( oValue:y1 , "[Y1]" )
TEST_LINE( oValue:z1 , "[Z1]" )
TEST_LINE( oValue:x2 , " X2 " )
TEST_LINE( oValue:y2 , " Y2 " )
TEST_LINE( oValue:z2 , " Z2 " )
TEST_LINE( oValue:x3 , " X3 " )
TEST_LINE( oValue:y3 , " Y3 " )
TEST_LINE( oValue:z3 , " Z3 " )
TEST_LINE( oValue:x4 , " X4 " )
TEST_LINE( oValue:y4 , " Y4 " )
TEST_LINE( oValue:z4 , " Z4 " )
TEST_LINE( INSTANCE_DATA( oValue ) , "[12]: [X1] [Y1] [Z1] X2 Y2 Z2 X3 Y3 Z3 X4 Y4 Z4 " )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 0 )
/* Setting IVARSCLASS2 instance variables... */
TEST_LINE( oValue:IVARSCLASS2:x2 := "[X2]" , "[X2]" )
TEST_LINE( oValue:IVARSCLASS2:y2 := "[Y2]" , "[Y2]" )
TEST_LINE( oValue:IVARSCLASS2:z2 := "[Z2]" , "[Z2]" )
TEST_LINE( oValue:x1 , "[X1]" )
TEST_LINE( oValue:y1 , "[Y1]" )
TEST_LINE( oValue:z1 , "[Z1]" )
TEST_LINE( oValue:x2 , "[X2]" )
TEST_LINE( oValue:y2 , "[Y2]" )
TEST_LINE( oValue:z2 , "[Z2]" )
TEST_LINE( oValue:x3 , " X3 " )
TEST_LINE( oValue:y3 , " Y3 " )
TEST_LINE( oValue:z3 , " Z3 " )
TEST_LINE( oValue:x4 , " X4 " )
TEST_LINE( oValue:y4 , " Y4 " )
TEST_LINE( oValue:z4 , " Z4 " )
TEST_LINE( INSTANCE_DATA( oValue ) , "[12]: [X1] [Y1] [Z1] [X2] [Y2] [Z2] X3 Y3 Z3 X4 Y4 Z4 " )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 0 )
/* Setting IVARSCLASS3 instance variables... */
TEST_LINE( oValue:IVARSCLASS3:x3 := "[X3]" , "[X3]" )
TEST_LINE( oValue:IVARSCLASS3:y3 := "[Y3]" , "[Y3]" )
TEST_LINE( oValue:IVARSCLASS3:z3 := "[Z3]" , "[Z3]" )
TEST_LINE( oValue:x1 , "[X1]" )
TEST_LINE( oValue:y1 , "[Y1]" )
TEST_LINE( oValue:z1 , "[Z1]" )
TEST_LINE( oValue:x2 , "[X2]" )
TEST_LINE( oValue:y2 , "[Y2]" )
TEST_LINE( oValue:z2 , "[Z2]" )
TEST_LINE( oValue:x3 , "[X3]" )
TEST_LINE( oValue:y3 , "[Y3]" )
TEST_LINE( oValue:z3 , "[Z3]" )
TEST_LINE( oValue:x4 , " X4 " )
TEST_LINE( oValue:y4 , " Y4 " )
TEST_LINE( oValue:z4 , " Z4 " )
TEST_LINE( INSTANCE_DATA( oValue ) , "[12]: [X1] [Y1] [Z1] [X2] [Y2] [Z2] [X3] [Y3] [Z3] X4 Y4 Z4 " )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 0 )
/* Setting IVARSCLASS4 instance variables... */
TEST_LINE( oValue:IVARSCLASS4:x4 := "[X4]" , "[X4]" )
TEST_LINE( oValue:IVARSCLASS4:y4 := "[Y4]" , "[Y4]" )
TEST_LINE( oValue:IVARSCLASS4:z4 := "[Z4]" , "[Z4]" )
TEST_LINE( oValue:x1 , "[X1]" )
TEST_LINE( oValue:y1 , "[Y1]" )
TEST_LINE( oValue:z1 , "[Z1]" )
TEST_LINE( oValue:x2 , "[X2]" )
TEST_LINE( oValue:y2 , "[Y2]" )
TEST_LINE( oValue:z2 , "[Z2]" )
TEST_LINE( oValue:x3 , "[X3]" )
TEST_LINE( oValue:y3 , "[Y3]" )
TEST_LINE( oValue:z3 , "[Z3]" )
TEST_LINE( oValue:x4 , "[X4]" )
TEST_LINE( oValue:y4 , "[Y4]" )
TEST_LINE( oValue:z4 , "[Z4]" )
TEST_LINE( INSTANCE_DATA( oValue ) , "[12]: [X1] [Y1] [Z1] [X2] [Y2] [Z2] [X3] [Y3] [Z3] [X4] [Y4] [Z4]" )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 0 )
/* Setting IVARSCLASS3:IVARSCLASS1 instance variables... */
TEST_LINE( oValue:IVARSCLASS3:IVARSCLASS1:x1 := "<X1>" , "<X1>" )
TEST_LINE( oValue:IVARSCLASS3:IVARSCLASS1:y1 := "<Y1>" , "<Y1>" )
TEST_LINE( oValue:IVARSCLASS3:IVARSCLASS1:z1 := "<Z1>" , "<Z1>" )
TEST_LINE( oValue:x1 , "<X1>" )
TEST_LINE( oValue:y1 , "<Y1>" )
TEST_LINE( oValue:z1 , "<Z1>" )
TEST_LINE( oValue:x2 , "[X2]" )
TEST_LINE( oValue:y2 , "[Y2]" )
TEST_LINE( oValue:z2 , "[Z2]" )
TEST_LINE( oValue:x3 , "[X3]" )
TEST_LINE( oValue:y3 , "[Y3]" )
TEST_LINE( oValue:z3 , "[Z3]" )
TEST_LINE( oValue:x4 , "[X4]" )
TEST_LINE( oValue:y4 , "[Y4]" )
TEST_LINE( oValue:z4 , "[Z4]" )
TEST_LINE( INSTANCE_DATA( oValue ) , "[12]: <X1> <Y1> <Z1> [X2] [Y2] [Z2] [X3] [Y3] [Z3] [X4] [Y4] [Z4]" )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 0 )
/* Setting IVARSCLASS3:IVARSCLASS2 instance variables... */
TEST_LINE( oValue:IVARSCLASS3:IVARSCLASS2:x2 := "<X2>" , "<X2>" )
TEST_LINE( oValue:IVARSCLASS3:IVARSCLASS2:y2 := "<Y2>" , "<Y2>" )
TEST_LINE( oValue:IVARSCLASS3:IVARSCLASS2:z2 := "<Z2>" , "<Z2>" )
TEST_LINE( oValue:x1 , "<X1>" )
TEST_LINE( oValue:y1 , "<Y1>" )
TEST_LINE( oValue:z1 , "<Z1>" )
TEST_LINE( oValue:x2 , "<X2>" )
TEST_LINE( oValue:y2 , "<Y2>" )
TEST_LINE( oValue:z2 , "<Z2>" )
TEST_LINE( oValue:x3 , "[X3]" )
TEST_LINE( oValue:y3 , "[Y3]" )
TEST_LINE( oValue:z3 , "[Z3]" )
TEST_LINE( oValue:x4 , "[X4]" )
TEST_LINE( oValue:y4 , "[Y4]" )
TEST_LINE( oValue:z4 , "[Z4]" )
TEST_LINE( INSTANCE_DATA( oValue ) , "[12]: <X1> <Y1> <Z1> <X2> <Y2> <Z2> [X3] [Y3] [Z3] [X4] [Y4] [Z4]" )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 0 )
/* Setting SUPER instance variables... */
TEST_LINE( oValue:super:x1 := "{X1}" , "{X1}" )
TEST_LINE( oValue:super:y1 := "{Y1}" , "{Y1}" )
TEST_LINE( oValue:super:z1 := "{Z1}" , "{Z1}" )
TEST_LINE( oValue:super:x2 := "{X2}" , "{X2}" )
TEST_LINE( oValue:super:y2 := "{Y2}" , "{Y2}" )
TEST_LINE( oValue:super:z2 := "{Z2}" , "{Z2}" )
TEST_LINE( oValue:super:x3 := "{X3}" , "{X3}" )
TEST_LINE( oValue:super:y3 := "{Y3}" , "{Y3}" )
TEST_LINE( oValue:super:z3 := "{Z3}" , "{Z3}" )
TEST_LINE( oValue:x1 , "{X1}" )
TEST_LINE( oValue:y1 , "{Y1}" )
TEST_LINE( oValue:z1 , "{Z1}" )
TEST_LINE( oValue:x2 , "{X2}" )
TEST_LINE( oValue:y2 , "{Y2}" )
TEST_LINE( oValue:z2 , "{Z2}" )
TEST_LINE( oValue:x3 , "{X3}" )
TEST_LINE( oValue:y3 , "{Y3}" )
TEST_LINE( oValue:z3 , "{Z3}" )
TEST_LINE( oValue:x4 , "[X4]" )
TEST_LINE( oValue:y4 , "[Y4]" )
TEST_LINE( oValue:z4 , "[Z4]" )
TEST_LINE( INSTANCE_DATA( oValue ) , "[12]: {X1} {Y1} {Z1} {X2} {Y2} {Z2} {X3} {Y3} {Z3} [X4] [Y4] [Z4]" )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:IVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 0 )
/* Test class variables allocating and casting */
oValue := CVARSCLASS4():new()
TEST_LINE( oValue:x1 , "(x1)" )
TEST_LINE( oValue:y1 , "(y1)" )
TEST_LINE( oValue:z1 , "(z1)" )
TEST_LINE( oValue:x2 , "(x2)" )
TEST_LINE( oValue:y2 , "(y2)" )
TEST_LINE( oValue:z2 , "(z2)" )
TEST_LINE( oValue:x3 , "(x3)" )
TEST_LINE( oValue:y3 , "(y3)" )
TEST_LINE( oValue:z3 , "(z3)" )
TEST_LINE( oValue:x4 , "(x4)" )
TEST_LINE( oValue:y4 , "(y4)" )
TEST_LINE( oValue:z4 , "(z4)" )
TEST_LINE( oValue:CVARSCLASS1:x1 , "(x1)" )
TEST_LINE( oValue:CVARSCLASS1:y1 , "(y1)" )
TEST_LINE( oValue:CVARSCLASS1:z1 , "(z1)" )
TEST_LINE( oValue:CVARSCLASS2:x1 , "(x1)" )
TEST_LINE( oValue:CVARSCLASS2:y1 , "(y1)" )
TEST_LINE( oValue:CVARSCLASS2:z1 , "(z1)" )
TEST_LINE( oValue:CVARSCLASS2:x2 , "(x2)" )
TEST_LINE( oValue:CVARSCLASS2:y2 , "(y2)" )
TEST_LINE( oValue:CVARSCLASS2:z2 , "(z2)" )
TEST_LINE( oValue:CVARSCLASS3:x1 , "(x1)" )
TEST_LINE( oValue:CVARSCLASS3:y1 , "(y1)" )
TEST_LINE( oValue:CVARSCLASS3:z1 , "(z1)" )
TEST_LINE( oValue:CVARSCLASS3:x2 , "(x2)" )
TEST_LINE( oValue:CVARSCLASS3:y2 , "(y2)" )
TEST_LINE( oValue:CVARSCLASS3:z2 , "(z2)" )
TEST_LINE( oValue:CVARSCLASS3:x3 , "(x3)" )
TEST_LINE( oValue:CVARSCLASS3:y3 , "(y3)" )
TEST_LINE( oValue:CVARSCLASS3:z3 , "(z3)" )
TEST_LINE( oValue:CVARSCLASS4:x1 , "(x1)" )
TEST_LINE( oValue:CVARSCLASS4:y1 , "(y1)" )
TEST_LINE( oValue:CVARSCLASS4:z1 , "(z1)" )
TEST_LINE( oValue:CVARSCLASS4:x2 , "(x2)" )
TEST_LINE( oValue:CVARSCLASS4:y2 , "(y2)" )
TEST_LINE( oValue:CVARSCLASS4:z2 , "(z2)" )
TEST_LINE( oValue:CVARSCLASS4:x3 , "(x3)" )
TEST_LINE( oValue:CVARSCLASS4:y3 , "(y3)" )
TEST_LINE( oValue:CVARSCLASS4:z3 , "(z3)" )
TEST_LINE( oValue:CVARSCLASS4:x4 , "(x4)" )
TEST_LINE( oValue:CVARSCLASS4:y4 , "(y4)" )
TEST_LINE( oValue:CVARSCLASS4:z4 , "(z4)" )
TEST_LINE( INSTANCE_DATA( oValue ) , "[0]:" )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS1:classH ) , 3 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS2:classH ) , 6 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS3:classH ) , 9 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS4:classH ) , 12 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 12 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 0 )
/* simple assignment... */
TEST_LINE( oValue:x1 := " X1 " , " X1 " )
TEST_LINE( oValue:y1 := " Y1 " , " Y1 " )
TEST_LINE( oValue:z1 := " Z1 " , " Z1 " )
TEST_LINE( oValue:x2 := " X2 " , " X2 " )
TEST_LINE( oValue:y2 := " Y2 " , " Y2 " )
TEST_LINE( oValue:z2 := " Z2 " , " Z2 " )
TEST_LINE( oValue:x3 := " X3 " , " X3 " )
TEST_LINE( oValue:y3 := " Y3 " , " Y3 " )
TEST_LINE( oValue:z3 := " Z3 " , " Z3 " )
TEST_LINE( oValue:x4 := " X4 " , " X4 " )
TEST_LINE( oValue:y4 := " Y4 " , " Y4 " )
TEST_LINE( oValue:z4 := " Z4 " , " Z4 " )
TEST_LINE( oValue:x1 , " X1 " )
TEST_LINE( oValue:y1 , " Y1 " )
TEST_LINE( oValue:z1 , " Z1 " )
TEST_LINE( oValue:x2 , " X2 " )
TEST_LINE( oValue:y2 , " Y2 " )
TEST_LINE( oValue:z2 , " Z2 " )
TEST_LINE( oValue:x3 , " X3 " )
TEST_LINE( oValue:y3 , " Y3 " )
TEST_LINE( oValue:z3 , " Z3 " )
TEST_LINE( oValue:x4 , " X4 " )
TEST_LINE( oValue:y4 , " Y4 " )
TEST_LINE( oValue:z4 , " Z4 " )
TEST_LINE( oValue:CVARSCLASS1:x1 , "(x1)" )
TEST_LINE( oValue:CVARSCLASS1:y1 , "(y1)" )
TEST_LINE( oValue:CVARSCLASS1:z1 , "(z1)" )
TEST_LINE( oValue:CVARSCLASS2:x1 , "(x1)" )
TEST_LINE( oValue:CVARSCLASS2:y1 , "(y1)" )
TEST_LINE( oValue:CVARSCLASS2:z1 , "(z1)" )
TEST_LINE( oValue:CVARSCLASS2:x2 , "(x2)" )
TEST_LINE( oValue:CVARSCLASS2:y2 , "(y2)" )
TEST_LINE( oValue:CVARSCLASS2:z2 , "(z2)" )
TEST_LINE( oValue:CVARSCLASS3:x1 , "(x1)" )
TEST_LINE( oValue:CVARSCLASS3:y1 , "(y1)" )
TEST_LINE( oValue:CVARSCLASS3:z1 , "(z1)" )
TEST_LINE( oValue:CVARSCLASS3:x2 , "(x2)" )
TEST_LINE( oValue:CVARSCLASS3:y2 , "(y2)" )
TEST_LINE( oValue:CVARSCLASS3:z2 , "(z2)" )
TEST_LINE( oValue:CVARSCLASS3:x3 , "(x3)" )
TEST_LINE( oValue:CVARSCLASS3:y3 , "(y3)" )
TEST_LINE( oValue:CVARSCLASS3:z3 , "(z3)" )
TEST_LINE( oValue:CVARSCLASS4:x1 , " X1 " )
TEST_LINE( oValue:CVARSCLASS4:y1 , " Y1 " )
TEST_LINE( oValue:CVARSCLASS4:z1 , " Z1 " )
TEST_LINE( oValue:CVARSCLASS4:x2 , " X2 " )
TEST_LINE( oValue:CVARSCLASS4:y2 , " Y2 " )
TEST_LINE( oValue:CVARSCLASS4:z2 , " Z2 " )
TEST_LINE( oValue:CVARSCLASS4:x3 , " X3 " )
TEST_LINE( oValue:CVARSCLASS4:y3 , " Y3 " )
TEST_LINE( oValue:CVARSCLASS4:z3 , " Z3 " )
TEST_LINE( oValue:CVARSCLASS4:x4 , " X4 " )
TEST_LINE( oValue:CVARSCLASS4:y4 , " Y4 " )
TEST_LINE( oValue:CVARSCLASS4:z4 , " Z4 " )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS1:classH ) , 3 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS2:classH ) , 6 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS3:classH ) , 9 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS4:classH ) , 12 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 12 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 0 )
/* Setting CVARSCLASS1 class variables... */
TEST_LINE( oValue:CVARSCLASS1:x1 := "[X1]" , "[X1]" )
TEST_LINE( oValue:CVARSCLASS1:y1 := "[Y1]" , "[Y1]" )
TEST_LINE( oValue:CVARSCLASS1:z1 := "[Z1]" , "[Z1]" )
TEST_LINE( oValue:x1 , " X1 " )
TEST_LINE( oValue:y1 , " Y1 " )
TEST_LINE( oValue:z1 , " Z1 " )
TEST_LINE( oValue:x2 , " X2 " )
TEST_LINE( oValue:y2 , " Y2 " )
TEST_LINE( oValue:z2 , " Z2 " )
TEST_LINE( oValue:x3 , " X3 " )
TEST_LINE( oValue:y3 , " Y3 " )
TEST_LINE( oValue:z3 , " Z3 " )
TEST_LINE( oValue:x4 , " X4 " )
TEST_LINE( oValue:y4 , " Y4 " )
TEST_LINE( oValue:z4 , " Z4 " )
TEST_LINE( oValue:CVARSCLASS1:x1 , "[X1]" )
TEST_LINE( oValue:CVARSCLASS1:y1 , "[Y1]" )
TEST_LINE( oValue:CVARSCLASS1:z1 , "[Z1]" )
TEST_LINE( oValue:CVARSCLASS2:x1 , "(x1)" )
TEST_LINE( oValue:CVARSCLASS2:y1 , "(y1)" )
TEST_LINE( oValue:CVARSCLASS2:z1 , "(z1)" )
TEST_LINE( oValue:CVARSCLASS2:x2 , "(x2)" )
TEST_LINE( oValue:CVARSCLASS2:y2 , "(y2)" )
TEST_LINE( oValue:CVARSCLASS2:z2 , "(z2)" )
TEST_LINE( oValue:CVARSCLASS3:x1 , "(x1)" )
TEST_LINE( oValue:CVARSCLASS3:y1 , "(y1)" )
TEST_LINE( oValue:CVARSCLASS3:z1 , "(z1)" )
TEST_LINE( oValue:CVARSCLASS3:x2 , "(x2)" )
TEST_LINE( oValue:CVARSCLASS3:y2 , "(y2)" )
TEST_LINE( oValue:CVARSCLASS3:z2 , "(z2)" )
TEST_LINE( oValue:CVARSCLASS3:x3 , "(x3)" )
TEST_LINE( oValue:CVARSCLASS3:y3 , "(y3)" )
TEST_LINE( oValue:CVARSCLASS3:z3 , "(z3)" )
TEST_LINE( oValue:CVARSCLASS4:x1 , " X1 " )
TEST_LINE( oValue:CVARSCLASS4:y1 , " Y1 " )
TEST_LINE( oValue:CVARSCLASS4:z1 , " Z1 " )
TEST_LINE( oValue:CVARSCLASS4:x2 , " X2 " )
TEST_LINE( oValue:CVARSCLASS4:y2 , " Y2 " )
TEST_LINE( oValue:CVARSCLASS4:z2 , " Z2 " )
TEST_LINE( oValue:CVARSCLASS4:x3 , " X3 " )
TEST_LINE( oValue:CVARSCLASS4:y3 , " Y3 " )
TEST_LINE( oValue:CVARSCLASS4:z3 , " Z3 " )
TEST_LINE( oValue:CVARSCLASS4:x4 , " X4 " )
TEST_LINE( oValue:CVARSCLASS4:y4 , " Y4 " )
TEST_LINE( oValue:CVARSCLASS4:z4 , " Z4 " )
TEST_LINE( INSTANCE_DATA( oValue ) , "[0]:" )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS1:classH ) , 3 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS2:classH ) , 6 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS3:classH ) , 9 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS4:classH ) , 12 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 12 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 0 )
/* Setting CVARSCLASS2 class variables... */
TEST_LINE( oValue:CVARSCLASS2:x1 := "{X1}" , "{X1}" )
TEST_LINE( oValue:CVARSCLASS2:y1 := "{Y1}" , "{Y1}" )
TEST_LINE( oValue:CVARSCLASS2:z1 := "{Z1}" , "{Z1}" )
TEST_LINE( oValue:CVARSCLASS2:x2 := "{X2}" , "{X2}" )
TEST_LINE( oValue:CVARSCLASS2:y2 := "{Y2}" , "{Y2}" )
TEST_LINE( oValue:CVARSCLASS2:z2 := "{Z2}" , "{Z2}" )
TEST_LINE( oValue:x1 , " X1 " )
TEST_LINE( oValue:y1 , " Y1 " )
TEST_LINE( oValue:z1 , " Z1 " )
TEST_LINE( oValue:x2 , " X2 " )
TEST_LINE( oValue:y2 , " Y2 " )
TEST_LINE( oValue:z2 , " Z2 " )
TEST_LINE( oValue:x3 , " X3 " )
TEST_LINE( oValue:y3 , " Y3 " )
TEST_LINE( oValue:z3 , " Z3 " )
TEST_LINE( oValue:x4 , " X4 " )
TEST_LINE( oValue:y4 , " Y4 " )
TEST_LINE( oValue:z4 , " Z4 " )
TEST_LINE( oValue:CVARSCLASS1:x1 , "[X1]" )
TEST_LINE( oValue:CVARSCLASS1:y1 , "[Y1]" )
TEST_LINE( oValue:CVARSCLASS1:z1 , "[Z1]" )
TEST_LINE( oValue:CVARSCLASS2:x1 , "{X1}" )
TEST_LINE( oValue:CVARSCLASS2:y1 , "{Y1}" )
TEST_LINE( oValue:CVARSCLASS2:z1 , "{Z1}" )
TEST_LINE( oValue:CVARSCLASS2:x2 , "{X2}" )
TEST_LINE( oValue:CVARSCLASS2:y2 , "{Y2}" )
TEST_LINE( oValue:CVARSCLASS2:z2 , "{Z2}" )
TEST_LINE( oValue:CVARSCLASS3:x1 , "(x1)" )
TEST_LINE( oValue:CVARSCLASS3:y1 , "(y1)" )
TEST_LINE( oValue:CVARSCLASS3:z1 , "(z1)" )
TEST_LINE( oValue:CVARSCLASS3:x2 , "(x2)" )
TEST_LINE( oValue:CVARSCLASS3:y2 , "(y2)" )
TEST_LINE( oValue:CVARSCLASS3:z2 , "(z2)" )
TEST_LINE( oValue:CVARSCLASS3:x3 , "(x3)" )
TEST_LINE( oValue:CVARSCLASS3:y3 , "(y3)" )
TEST_LINE( oValue:CVARSCLASS3:z3 , "(z3)" )
TEST_LINE( oValue:CVARSCLASS4:x1 , " X1 " )
TEST_LINE( oValue:CVARSCLASS4:y1 , " Y1 " )
TEST_LINE( oValue:CVARSCLASS4:z1 , " Z1 " )
TEST_LINE( oValue:CVARSCLASS4:x2 , " X2 " )
TEST_LINE( oValue:CVARSCLASS4:y2 , " Y2 " )
TEST_LINE( oValue:CVARSCLASS4:z2 , " Z2 " )
TEST_LINE( oValue:CVARSCLASS4:x3 , " X3 " )
TEST_LINE( oValue:CVARSCLASS4:y3 , " Y3 " )
TEST_LINE( oValue:CVARSCLASS4:z3 , " Z3 " )
TEST_LINE( oValue:CVARSCLASS4:x4 , " X4 " )
TEST_LINE( oValue:CVARSCLASS4:y4 , " Y4 " )
TEST_LINE( oValue:CVARSCLASS4:z4 , " Z4 " )
TEST_LINE( INSTANCE_DATA( oValue ) , "[0]:" )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS1:classH ) , 3 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS2:classH ) , 6 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS3:classH ) , 9 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS4:classH ) , 12 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 12 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 0 )
/* Setting CVARSCLASS3 class variables... */
TEST_LINE( oValue:CVARSCLASS3:x1 := "<X1>" , "<X1>" )
TEST_LINE( oValue:CVARSCLASS3:y1 := "<Y1>" , "<Y1>" )
TEST_LINE( oValue:CVARSCLASS3:z1 := "<Z1>" , "<Z1>" )
TEST_LINE( oValue:CVARSCLASS3:x2 := "<X2>" , "<X2>" )
TEST_LINE( oValue:CVARSCLASS3:y2 := "<Y2>" , "<Y2>" )
TEST_LINE( oValue:CVARSCLASS3:z2 := "<Z2>" , "<Z2>" )
TEST_LINE( oValue:CVARSCLASS3:x3 := "<X3>" , "<X3>" )
TEST_LINE( oValue:CVARSCLASS3:y3 := "<Y3>" , "<Y3>" )
TEST_LINE( oValue:CVARSCLASS3:z3 := "<Z3>" , "<Z3>" )
TEST_LINE( oValue:x1 , " X1 " )
TEST_LINE( oValue:y1 , " Y1 " )
TEST_LINE( oValue:z1 , " Z1 " )
TEST_LINE( oValue:x2 , " X2 " )
TEST_LINE( oValue:y2 , " Y2 " )
TEST_LINE( oValue:z2 , " Z2 " )
TEST_LINE( oValue:x3 , " X3 " )
TEST_LINE( oValue:y3 , " Y3 " )
TEST_LINE( oValue:z3 , " Z3 " )
TEST_LINE( oValue:x4 , " X4 " )
TEST_LINE( oValue:y4 , " Y4 " )
TEST_LINE( oValue:z4 , " Z4 " )
TEST_LINE( oValue:CVARSCLASS1:x1 , "[X1]" )
TEST_LINE( oValue:CVARSCLASS1:y1 , "[Y1]" )
TEST_LINE( oValue:CVARSCLASS1:z1 , "[Z1]" )
TEST_LINE( oValue:CVARSCLASS2:x1 , "{X1}" )
TEST_LINE( oValue:CVARSCLASS2:y1 , "{Y1}" )
TEST_LINE( oValue:CVARSCLASS2:z1 , "{Z1}" )
TEST_LINE( oValue:CVARSCLASS2:x2 , "{X2}" )
TEST_LINE( oValue:CVARSCLASS2:y2 , "{Y2}" )
TEST_LINE( oValue:CVARSCLASS2:z2 , "{Z2}" )
TEST_LINE( oValue:CVARSCLASS3:x1 , "<X1>" )
TEST_LINE( oValue:CVARSCLASS3:y1 , "<Y1>" )
TEST_LINE( oValue:CVARSCLASS3:z1 , "<Z1>" )
TEST_LINE( oValue:CVARSCLASS3:x2 , "<X2>" )
TEST_LINE( oValue:CVARSCLASS3:y2 , "<Y2>" )
TEST_LINE( oValue:CVARSCLASS3:z2 , "<Z2>" )
TEST_LINE( oValue:CVARSCLASS3:x3 , "<X3>" )
TEST_LINE( oValue:CVARSCLASS3:y3 , "<Y3>" )
TEST_LINE( oValue:CVARSCLASS3:z3 , "<Z3>" )
TEST_LINE( oValue:CVARSCLASS4:x1 , " X1 " )
TEST_LINE( oValue:CVARSCLASS4:y1 , " Y1 " )
TEST_LINE( oValue:CVARSCLASS4:z1 , " Z1 " )
TEST_LINE( oValue:CVARSCLASS4:x2 , " X2 " )
TEST_LINE( oValue:CVARSCLASS4:y2 , " Y2 " )
TEST_LINE( oValue:CVARSCLASS4:z2 , " Z2 " )
TEST_LINE( oValue:CVARSCLASS4:x3 , " X3 " )
TEST_LINE( oValue:CVARSCLASS4:y3 , " Y3 " )
TEST_LINE( oValue:CVARSCLASS4:z3 , " Z3 " )
TEST_LINE( oValue:CVARSCLASS4:x4 , " X4 " )
TEST_LINE( oValue:CVARSCLASS4:y4 , " Y4 " )
TEST_LINE( oValue:CVARSCLASS4:z4 , " Z4 " )
TEST_LINE( INSTANCE_DATA( oValue ) , "[0]:" )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS1:classH ) , 3 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS2:classH ) , 6 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS3:classH ) , 9 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:CVARSCLASS4:classH ) , 12 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 12 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:CVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 0 )
/* Test shared class variables allocating and casting */
oValue := SVARSCLASS4():new()
TEST_LINE( oValue:x1 , "(x1)" )
TEST_LINE( oValue:y1 , "(y1)" )
TEST_LINE( oValue:z1 , "(z1)" )
TEST_LINE( oValue:x2 , "(x2)" )
TEST_LINE( oValue:y2 , "(y2)" )
TEST_LINE( oValue:z2 , "(z2)" )
TEST_LINE( oValue:x3 , "(x3)" )
TEST_LINE( oValue:y3 , "(y3)" )
TEST_LINE( oValue:z3 , "(z3)" )
TEST_LINE( oValue:x4 , "(x4)" )
TEST_LINE( oValue:y4 , "(y4)" )
TEST_LINE( oValue:z4 , "(z4)" )
TEST_LINE( oValue:SVARSCLASS1:x1 , "(x1)" )
TEST_LINE( oValue:SVARSCLASS1:y1 , "(y1)" )
TEST_LINE( oValue:SVARSCLASS1:z1 , "(z1)" )
TEST_LINE( oValue:SVARSCLASS2:x1 , "(x1)" )
TEST_LINE( oValue:SVARSCLASS2:y1 , "(y1)" )
TEST_LINE( oValue:SVARSCLASS2:z1 , "(z1)" )
TEST_LINE( oValue:SVARSCLASS2:x2 , "(x2)" )
TEST_LINE( oValue:SVARSCLASS2:y2 , "(y2)" )
TEST_LINE( oValue:SVARSCLASS2:z2 , "(z2)" )
TEST_LINE( oValue:SVARSCLASS3:x1 , "(x1)" )
TEST_LINE( oValue:SVARSCLASS3:y1 , "(y1)" )
TEST_LINE( oValue:SVARSCLASS3:z1 , "(z1)" )
TEST_LINE( oValue:SVARSCLASS3:x2 , "(x2)" )
TEST_LINE( oValue:SVARSCLASS3:y2 , "(y2)" )
TEST_LINE( oValue:SVARSCLASS3:z2 , "(z2)" )
TEST_LINE( oValue:SVARSCLASS3:x3 , "(x3)" )
TEST_LINE( oValue:SVARSCLASS3:y3 , "(y3)" )
TEST_LINE( oValue:SVARSCLASS3:z3 , "(z3)" )
TEST_LINE( oValue:SVARSCLASS4:x1 , "(x1)" )
TEST_LINE( oValue:SVARSCLASS4:y1 , "(y1)" )
TEST_LINE( oValue:SVARSCLASS4:z1 , "(z1)" )
TEST_LINE( oValue:SVARSCLASS4:x2 , "(x2)" )
TEST_LINE( oValue:SVARSCLASS4:y2 , "(y2)" )
TEST_LINE( oValue:SVARSCLASS4:z2 , "(z2)" )
TEST_LINE( oValue:SVARSCLASS4:x3 , "(x3)" )
TEST_LINE( oValue:SVARSCLASS4:y3 , "(y3)" )
TEST_LINE( oValue:SVARSCLASS4:z3 , "(z3)" )
TEST_LINE( oValue:SVARSCLASS4:x4 , "(x4)" )
TEST_LINE( oValue:SVARSCLASS4:y4 , "(y4)" )
TEST_LINE( oValue:SVARSCLASS4:z4 , "(z4)" )
TEST_LINE( INSTANCE_DATA( oValue ) , "[0]:" )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS1:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS2:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS3:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS4:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 3 )
/* simple assignment... */
TEST_LINE( oValue:x1 := " X1 " , " X1 " )
TEST_LINE( oValue:y1 := " Y1 " , " Y1 " )
TEST_LINE( oValue:z1 := " Z1 " , " Z1 " )
TEST_LINE( oValue:x2 := " X2 " , " X2 " )
TEST_LINE( oValue:y2 := " Y2 " , " Y2 " )
TEST_LINE( oValue:z2 := " Z2 " , " Z2 " )
TEST_LINE( oValue:x3 := " X3 " , " X3 " )
TEST_LINE( oValue:y3 := " Y3 " , " Y3 " )
TEST_LINE( oValue:z3 := " Z3 " , " Z3 " )
TEST_LINE( oValue:x4 := " X4 " , " X4 " )
TEST_LINE( oValue:y4 := " Y4 " , " Y4 " )
TEST_LINE( oValue:z4 := " Z4 " , " Z4 " )
TEST_LINE( oValue:x1 , " X1 " )
TEST_LINE( oValue:y1 , " Y1 " )
TEST_LINE( oValue:z1 , " Z1 " )
TEST_LINE( oValue:x2 , " X2 " )
TEST_LINE( oValue:y2 , " Y2 " )
TEST_LINE( oValue:z2 , " Z2 " )
TEST_LINE( oValue:x3 , " X3 " )
TEST_LINE( oValue:y3 , " Y3 " )
TEST_LINE( oValue:z3 , " Z3 " )
TEST_LINE( oValue:x4 , " X4 " )
TEST_LINE( oValue:y4 , " Y4 " )
TEST_LINE( oValue:z4 , " Z4 " )
TEST_LINE( oValue:SVARSCLASS1:x1 , " X1 " )
TEST_LINE( oValue:SVARSCLASS1:y1 , " Y1 " )
TEST_LINE( oValue:SVARSCLASS1:z1 , " Z1 " )
TEST_LINE( oValue:SVARSCLASS2:x1 , " X1 " )
TEST_LINE( oValue:SVARSCLASS2:y1 , " Y1 " )
TEST_LINE( oValue:SVARSCLASS2:z1 , " Z1 " )
TEST_LINE( oValue:SVARSCLASS2:x2 , " X2 " )
TEST_LINE( oValue:SVARSCLASS2:y2 , " Y2 " )
TEST_LINE( oValue:SVARSCLASS2:z2 , " Z2 " )
TEST_LINE( oValue:SVARSCLASS3:x1 , " X1 " )
TEST_LINE( oValue:SVARSCLASS3:y1 , " Y1 " )
TEST_LINE( oValue:SVARSCLASS3:z1 , " Z1 " )
TEST_LINE( oValue:SVARSCLASS3:x2 , " X2 " )
TEST_LINE( oValue:SVARSCLASS3:y2 , " Y2 " )
TEST_LINE( oValue:SVARSCLASS3:z2 , " Z2 " )
TEST_LINE( oValue:SVARSCLASS3:x3 , " X3 " )
TEST_LINE( oValue:SVARSCLASS3:y3 , " Y3 " )
TEST_LINE( oValue:SVARSCLASS3:z3 , " Z3 " )
TEST_LINE( oValue:SVARSCLASS4:x1 , " X1 " )
TEST_LINE( oValue:SVARSCLASS4:y1 , " Y1 " )
TEST_LINE( oValue:SVARSCLASS4:z1 , " Z1 " )
TEST_LINE( oValue:SVARSCLASS4:x2 , " X2 " )
TEST_LINE( oValue:SVARSCLASS4:y2 , " Y2 " )
TEST_LINE( oValue:SVARSCLASS4:z2 , " Z2 " )
TEST_LINE( oValue:SVARSCLASS4:x3 , " X3 " )
TEST_LINE( oValue:SVARSCLASS4:y3 , " Y3 " )
TEST_LINE( oValue:SVARSCLASS4:z3 , " Z3 " )
TEST_LINE( oValue:SVARSCLASS4:x4 , " X4 " )
TEST_LINE( oValue:SVARSCLASS4:y4 , " Y4 " )
TEST_LINE( oValue:SVARSCLASS4:z4 , " Z4 " )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS1:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS2:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS3:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS4:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 3 )
TEST_LINE( INSTANCE_DATA( oValue ) , "[0]:" )
/* Setting SVARSCLASS1 class variables... */
TEST_LINE( oValue:SVARSCLASS1:x1 := "[X1]" , "[X1]" )
TEST_LINE( oValue:SVARSCLASS1:y1 := "[Y1]" , "[Y1]" )
TEST_LINE( oValue:SVARSCLASS1:z1 := "[Z1]" , "[Z1]" )
TEST_LINE( oValue:x1 , "[X1]" )
TEST_LINE( oValue:y1 , "[Y1]" )
TEST_LINE( oValue:z1 , "[Z1]" )
TEST_LINE( oValue:x2 , " X2 " )
TEST_LINE( oValue:y2 , " Y2 " )
TEST_LINE( oValue:z2 , " Z2 " )
TEST_LINE( oValue:x3 , " X3 " )
TEST_LINE( oValue:y3 , " Y3 " )
TEST_LINE( oValue:z3 , " Z3 " )
TEST_LINE( oValue:x4 , " X4 " )
TEST_LINE( oValue:y4 , " Y4 " )
TEST_LINE( oValue:z4 , " Z4 " )
TEST_LINE( oValue:SVARSCLASS1:x1 , "[X1]" )
TEST_LINE( oValue:SVARSCLASS1:y1 , "[Y1]" )
TEST_LINE( oValue:SVARSCLASS1:z1 , "[Z1]" )
TEST_LINE( oValue:SVARSCLASS2:x1 , "[X1]" )
TEST_LINE( oValue:SVARSCLASS2:y1 , "[Y1]" )
TEST_LINE( oValue:SVARSCLASS2:z1 , "[Z1]" )
TEST_LINE( oValue:SVARSCLASS2:x2 , " X2 " )
TEST_LINE( oValue:SVARSCLASS2:y2 , " Y2 " )
TEST_LINE( oValue:SVARSCLASS2:z2 , " Z2 " )
TEST_LINE( oValue:SVARSCLASS3:x1 , "[X1]" )
TEST_LINE( oValue:SVARSCLASS3:y1 , "[Y1]" )
TEST_LINE( oValue:SVARSCLASS3:z1 , "[Z1]" )
TEST_LINE( oValue:SVARSCLASS3:x2 , " X2 " )
TEST_LINE( oValue:SVARSCLASS3:y2 , " Y2 " )
TEST_LINE( oValue:SVARSCLASS3:z2 , " Z2 " )
TEST_LINE( oValue:SVARSCLASS3:x3 , " X3 " )
TEST_LINE( oValue:SVARSCLASS3:y3 , " Y3 " )
TEST_LINE( oValue:SVARSCLASS3:z3 , " Z3 " )
TEST_LINE( oValue:SVARSCLASS4:x1 , "[X1]" )
TEST_LINE( oValue:SVARSCLASS4:y1 , "[Y1]" )
TEST_LINE( oValue:SVARSCLASS4:z1 , "[Z1]" )
TEST_LINE( oValue:SVARSCLASS4:x2 , " X2 " )
TEST_LINE( oValue:SVARSCLASS4:y2 , " Y2 " )
TEST_LINE( oValue:SVARSCLASS4:z2 , " Z2 " )
TEST_LINE( oValue:SVARSCLASS4:x3 , " X3 " )
TEST_LINE( oValue:SVARSCLASS4:y3 , " Y3 " )
TEST_LINE( oValue:SVARSCLASS4:z3 , " Z3 " )
TEST_LINE( oValue:SVARSCLASS4:x4 , " X4 " )
TEST_LINE( oValue:SVARSCLASS4:y4 , " Y4 " )
TEST_LINE( oValue:SVARSCLASS4:z4 , " Z4 " )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS1:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS2:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS3:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS4:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 3 )
TEST_LINE( INSTANCE_DATA( oValue ) , "[0]:" )
/* Setting SVARSCLASS2 class variables... */
TEST_LINE( oValue:SVARSCLASS2:x1 := "{X1}" , "{X1}" )
TEST_LINE( oValue:SVARSCLASS2:y1 := "{Y1}" , "{Y1}" )
TEST_LINE( oValue:SVARSCLASS2:z1 := "{Z1}" , "{Z1}" )
TEST_LINE( oValue:SVARSCLASS2:x2 := "{X2}" , "{X2}" )
TEST_LINE( oValue:SVARSCLASS2:y2 := "{Y2}" , "{Y2}" )
TEST_LINE( oValue:SVARSCLASS2:z2 := "{Z2}" , "{Z2}" )
TEST_LINE( oValue:x1 , "{X1}" )
TEST_LINE( oValue:y1 , "{Y1}" )
TEST_LINE( oValue:z1 , "{Z1}" )
TEST_LINE( oValue:x2 , "{X2}" )
TEST_LINE( oValue:y2 , "{Y2}" )
TEST_LINE( oValue:z2 , "{Z2}" )
TEST_LINE( oValue:x3 , " X3 " )
TEST_LINE( oValue:y3 , " Y3 " )
TEST_LINE( oValue:z3 , " Z3 " )
TEST_LINE( oValue:x4 , " X4 " )
TEST_LINE( oValue:y4 , " Y4 " )
TEST_LINE( oValue:z4 , " Z4 " )
TEST_LINE( oValue:SVARSCLASS1:x1 , "{X1}" )
TEST_LINE( oValue:SVARSCLASS1:y1 , "{Y1}" )
TEST_LINE( oValue:SVARSCLASS1:z1 , "{Z1}" )
TEST_LINE( oValue:SVARSCLASS2:x1 , "{X1}" )
TEST_LINE( oValue:SVARSCLASS2:y1 , "{Y1}" )
TEST_LINE( oValue:SVARSCLASS2:z1 , "{Z1}" )
TEST_LINE( oValue:SVARSCLASS2:x2 , "{X2}" )
TEST_LINE( oValue:SVARSCLASS2:y2 , "{Y2}" )
TEST_LINE( oValue:SVARSCLASS2:z2 , "{Z2}" )
TEST_LINE( oValue:SVARSCLASS3:x1 , "{X1}" )
TEST_LINE( oValue:SVARSCLASS3:y1 , "{Y1}" )
TEST_LINE( oValue:SVARSCLASS3:z1 , "{Z1}" )
TEST_LINE( oValue:SVARSCLASS3:x2 , "{X2}" )
TEST_LINE( oValue:SVARSCLASS3:y2 , "{Y2}" )
TEST_LINE( oValue:SVARSCLASS3:z2 , "{Z2}" )
TEST_LINE( oValue:SVARSCLASS3:x3 , " X3 " )
TEST_LINE( oValue:SVARSCLASS3:y3 , " Y3 " )
TEST_LINE( oValue:SVARSCLASS3:z3 , " Z3 " )
TEST_LINE( oValue:SVARSCLASS4:x1 , "{X1}" )
TEST_LINE( oValue:SVARSCLASS4:y1 , "{Y1}" )
TEST_LINE( oValue:SVARSCLASS4:z1 , "{Z1}" )
TEST_LINE( oValue:SVARSCLASS4:x2 , "{X2}" )
TEST_LINE( oValue:SVARSCLASS4:y2 , "{Y2}" )
TEST_LINE( oValue:SVARSCLASS4:z2 , "{Z2}" )
TEST_LINE( oValue:SVARSCLASS4:x3 , " X3 " )
TEST_LINE( oValue:SVARSCLASS4:y3 , " Y3 " )
TEST_LINE( oValue:SVARSCLASS4:z3 , " Z3 " )
TEST_LINE( oValue:SVARSCLASS4:x4 , " X4 " )
TEST_LINE( oValue:SVARSCLASS4:y4 , " Y4 " )
TEST_LINE( oValue:SVARSCLASS4:z4 , " Z4 " )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS1:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS2:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS3:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS4:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 3 )
TEST_LINE( INSTANCE_DATA( oValue ) , "[0]:" )
/* Setting SVARSCLASS3 class variables... */
TEST_LINE( oValue:SVARSCLASS3:x1 := "<X1>" , "<X1>" )
TEST_LINE( oValue:SVARSCLASS3:y1 := "<Y1>" , "<Y1>" )
TEST_LINE( oValue:SVARSCLASS3:z1 := "<Z1>" , "<Z1>" )
TEST_LINE( oValue:SVARSCLASS3:x2 := "<X2>" , "<X2>" )
TEST_LINE( oValue:SVARSCLASS3:y2 := "<Y2>" , "<Y2>" )
TEST_LINE( oValue:SVARSCLASS3:z2 := "<Z2>" , "<Z2>" )
TEST_LINE( oValue:SVARSCLASS3:x3 := "<X3>" , "<X3>" )
TEST_LINE( oValue:SVARSCLASS3:y3 := "<Y3>" , "<Y3>" )
TEST_LINE( oValue:SVARSCLASS3:z3 := "<Z3>" , "<Z3>" )
TEST_LINE( oValue:x1 , "<X1>" )
TEST_LINE( oValue:y1 , "<Y1>" )
TEST_LINE( oValue:z1 , "<Z1>" )
TEST_LINE( oValue:x2 , "<X2>" )
TEST_LINE( oValue:y2 , "<Y2>" )
TEST_LINE( oValue:z2 , "<Z2>" )
TEST_LINE( oValue:x3 , "<X3>" )
TEST_LINE( oValue:y3 , "<Y3>" )
TEST_LINE( oValue:z3 , "<Z3>" )
TEST_LINE( oValue:x4 , " X4 " )
TEST_LINE( oValue:y4 , " Y4 " )
TEST_LINE( oValue:z4 , " Z4 " )
TEST_LINE( oValue:SVARSCLASS1:x1 , "<X1>" )
TEST_LINE( oValue:SVARSCLASS1:y1 , "<Y1>" )
TEST_LINE( oValue:SVARSCLASS1:z1 , "<Z1>" )
TEST_LINE( oValue:SVARSCLASS2:x1 , "<X1>" )
TEST_LINE( oValue:SVARSCLASS2:y1 , "<Y1>" )
TEST_LINE( oValue:SVARSCLASS2:z1 , "<Z1>" )
TEST_LINE( oValue:SVARSCLASS2:x2 , "<X2>" )
TEST_LINE( oValue:SVARSCLASS2:y2 , "<Y2>" )
TEST_LINE( oValue:SVARSCLASS2:z2 , "<Z2>" )
TEST_LINE( oValue:SVARSCLASS3:x1 , "<X1>" )
TEST_LINE( oValue:SVARSCLASS3:y1 , "<Y1>" )
TEST_LINE( oValue:SVARSCLASS3:z1 , "<Z1>" )
TEST_LINE( oValue:SVARSCLASS3:x2 , "<X2>" )
TEST_LINE( oValue:SVARSCLASS3:y2 , "<Y2>" )
TEST_LINE( oValue:SVARSCLASS3:z2 , "<Z2>" )
TEST_LINE( oValue:SVARSCLASS3:x3 , "<X3>" )
TEST_LINE( oValue:SVARSCLASS3:y3 , "<Y3>" )
TEST_LINE( oValue:SVARSCLASS3:z3 , "<Z3>" )
TEST_LINE( oValue:SVARSCLASS4:x1 , "<X1>" )
TEST_LINE( oValue:SVARSCLASS4:y1 , "<Y1>" )
TEST_LINE( oValue:SVARSCLASS4:z1 , "<Z1>" )
TEST_LINE( oValue:SVARSCLASS4:x2 , "<X2>" )
TEST_LINE( oValue:SVARSCLASS4:y2 , "<Y2>" )
TEST_LINE( oValue:SVARSCLASS4:z2 , "<Z2>" )
TEST_LINE( oValue:SVARSCLASS4:x3 , "<X3>" )
TEST_LINE( oValue:SVARSCLASS4:y3 , "<Y3>" )
TEST_LINE( oValue:SVARSCLASS4:z3 , "<Z3>" )
TEST_LINE( oValue:SVARSCLASS4:x4 , " X4 " )
TEST_LINE( oValue:SVARSCLASS4:y4 , " Y4 " )
TEST_LINE( oValue:SVARSCLASS4:z4 , " Z4 " )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS1:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS2:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS3:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:SVARSCLASS4:classH ) , 0 )
TEST_LINE( __CLS_CNTCLSDATA( oValue:classH ) , 0 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS1:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS2:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS3:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:SVARSCLASS4:classH ) , 3 )
TEST_LINE( __CLS_CNTSHRDATA( oValue:classH ) , 3 )
TEST_LINE( INSTANCE_DATA( oValue ) , "[0]:" )
#endif
RETURN
#ifdef __HARBOUR__
STATIC FUNCTION INSTANCE_DATA( oValue )
LOCAL cData, i
cData := "[" + LTRIM( STR( LEN( oValue ) ) ) + "]:"
FOR i := 1 TO LEN( oValue )
IF VALTYPE( oValue[ i ] ) == "C"
cData += " " + oValue[ i ]
ELSEIF oValue[ i ] == NIL
cData += " NIL"
ELSE
cData += " ..."
ENDIF
NEXT
RETURN cData
CREATE CLASS DTORCLASS
EXPORTED:
VAR type
VAR var1
CLASS VAR var2
METHOD init
DESTRUCTOR dtor
END CLASS
METHOD INIT( type ) CLASS DTORCLASS
::type := type
RETURN self
METHOD PROCEDURE DTOR CLASS DTORCLASS
IF ::type == 1
cDtorResult += "Reference to self in instance variable."
::var1 := self
ELSEIF ::Type == 2
cDtorResult += "Reference to self in class variable."
::var2 := self
ELSEIF ::Type == 3
cDtorResult += "Reference to self in private memvar."
objHolder := self
ELSE
cDtorResult += "No references to self."
ENDIF
RETURN
CREATE CLASS IVARSCLASS1
EXPORTED:
VAR x1 INIT "(x1)"
VAR y1 INIT "(y1)"
VAR z1 INIT "(z1)"
END CLASS
CREATE CLASS IVARSCLASS2 FROM IVARSCLASS1
EXPORTED:
VAR x2 INIT "(x2)"
VAR y2 INIT "(y2)"
VAR z2 INIT "(z2)"
END CLASS
CREATE CLASS IVARSCLASS3 FROM IVARSCLASS1, IVARSCLASS2
EXPORTED:
VAR x3 INIT "(x3)"
VAR y3 INIT "(y3)"
VAR z3 INIT "(z3)"
END CLASS
CREATE CLASS IVARSCLASS4 FROM IVARSCLASS3, IVARSCLASS2
EXPORTED:
VAR x4 INIT "(x4)"
VAR y4 INIT "(y4)"
VAR z4 INIT "(z4)"
END CLASS
CREATE CLASS CVARSCLASS1
EXPORTED:
CLASS VAR x1 INIT "(x1)"
CLASS VAR y1 INIT "(y1)"
CLASS VAR z1 INIT "(z1)"
END CLASS
CREATE CLASS CVARSCLASS2 FROM CVARSCLASS1
EXPORTED:
CLASS VAR x2 INIT "(x2)"
CLASS VAR y2 INIT "(y2)"
CLASS VAR z2 INIT "(z2)"
END CLASS
CREATE CLASS CVARSCLASS3 FROM CVARSCLASS1, CVARSCLASS2
EXPORTED:
CLASS VAR x3 INIT "(x3)"
CLASS VAR y3 INIT "(y3)"
CLASS VAR z3 INIT "(z3)"
END CLASS
CREATE CLASS CVARSCLASS4 FROM CVARSCLASS3, CVARSCLASS2
EXPORTED:
CLASS VAR x4 INIT "(x4)"
CLASS VAR y4 INIT "(y4)"
CLASS VAR z4 INIT "(z4)"
END CLASS
CREATE CLASS SVARSCLASS1
EXPORTED:
CLASS VAR x1 INIT "(x1)" SHARED
CLASS VAR y1 INIT "(y1)" SHARED
CLASS VAR z1 INIT "(z1)" SHARED
endclass
CREATE CLASS SVARSCLASS2 FROM SVARSCLASS1
EXPORTED:
CLASS VAR x2 INIT "(x2)" SHARED
CLASS VAR y2 INIT "(y2)" SHARED
CLASS VAR z2 INIT "(z2)" SHARED
endclass
CREATE CLASS SVARSCLASS3 FROM SVARSCLASS1, SVARSCLASS2
EXPORTED:
CLASS VAR x3 INIT "(x3)" SHARED
CLASS VAR y3 INIT "(y3)" SHARED
CLASS VAR z3 INIT "(z3)" SHARED
endclass
CREATE CLASS SVARSCLASS4 FROM SVARSCLASS3, SVARSCLASS2
EXPORTED:
CLASS VAR x4 INIT "(x4)" SHARED
CLASS VAR y4 INIT "(y4)" SHARED
CLASS VAR z4 INIT "(z4)" SHARED
endclass
#endif
/* Don't change the position of this #include. */
#include "rt_init.ch"
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